Sentence examples for genes which appear from inspiring English sources

At the same time, prospective studies should encompass some other genes which appear downregulated with increasing AD severity.

However, we observed a number of unique genes which appear to be differentially regulated between rosiglitazone-treated and untreated animals that may give mechanistic insights into rosiglitazone's effects on the diabetic heart.

Unlike many Wnt/β-catenin target genes, which appear to be tissue-specific, Axin2 is expressed in most if not all sites of signaling, and is believed to be a universal indicator of Wnt/β-catenin Wnt/β-catenin, [49].

While a prior study suggested that a subgroup of A. thaliana FBX genes, which appear related to our STSP group, are important for pathogen defense potentially by degrading pathogen proteins entering the plant host via bacterial type III secretion systems [14], our correlation analysis of STSP expression patterns do not support such a role.

The enrichment of both E- and D-box elements in the promoters of the light induced genes, which appear together in about half of the promoters, suggests that the factors involved in light mediated expression of period2 may be part of a more widespread mechanism of light induced gene expression.

The genes which appear to show divergence are cwp66, CD2791 and CD3392.

Accelerating epistasis acts to buffer the fitness effects of resistance or virulence genes, which appears to confer a significant evolutionary advantage and can even compensate for high costs.

The top genes which appeared most significantly overexpressed in the PH areas codify for cytokines, chemokines, coagulation factors, cell growth and proliferation factors while the underexpressed codify for proteins involved in cell cycle or neurotrophins.

Moreover, a number of mammalian lineages (e.g. horseshoe bats, cetaceans) have completely lost one of their opsin genes, which appears to result from a relaxation in selection [19] [22].

We therefore selected some K. lactis genes, which appeared equivalent to the well-known oxygen-responding genes in S. cerevisiae such as HEM13, HYP2/ANB1 and COX5A/COX5B, and investigated the gene response to oxygen in K. lactis, in an attempt to understand how the oxygen-responding system has evolved from a 'pre-WGD' to a 'post-WGD' genome.

Ancestral membrane-spanning receptors related to those genes which appeared to transform the proto-synaptic scaffold to a functional synaptic machine were present in neoproterozoic animals, possibly lost in the sponge, and may have critically contributed to the evolution of the post-synaptic complex in a Poriferan-Eumetazoan common ancestor.